Karen Pendergrass, Standards Team

Endometriosis is a chronic, inflammatory condition affecting approximately 10% of women of reproductive age, marked by debilitating and chronic pelvic pain, infertility, and systemic inflammation. Emerging research reveals that endometriosis is closely linked to disruptions in the gut microbiome, with cross-signature overlap with irritable bowel syndrome (IBS), highlighting the potential of targeted dietary interventions to […]

The constant bi-directional communication between microbiota and the host signifies the microbiome’s crucial role in health complications and its potential in healthcare advancements. This discussion sets the stage for exploring the microbiome’s anticipated contributions to modern medicine, particularly in addressing conditions such as endometriosis (EMS), which affects approximately 200 million individuals globally. Despite centuries […]

Flavones and flavonols are plant-derived compounds known for their antioxidant, anti-inflammatory, and antimicrobial properties.

Infertility is the inability to conceive after 12 months of regular, unprotected sex. It affects both men and women and can be due to various physical, hormonal, or genetic factors. Treatments include medication, surgery, assisted reproductive technologies, and lifestyle changes.

Chronic Pelvic Pain (CPP) is persistent pain in the pelvic region lasting six months or longer, often multifactorial, impacting physical and emotional well-being, and associated with various medical conditions.

Anemia is a reduction in red blood cells or hemoglobin, often influenced by the gut microbiome’s impact on nutrient absorption.

employs a systematic, data-driven approach to confirm the reliability of microbiome signatures and the efficacy of microbiome-targeted interventions (MBTIs). The process integrates comprehensive meta-analysis, machine learning-driven microbial association detection, and cross-referenced therapeutic validation, ensuring both precision and translational applicability. Validation Workflow 1. Microbiome Signature Identification A condition’s microbiome signature is established through […]

In the ever-expanding field of microbiome research, one of the most important and contentious challenges is identifying what truly constitutes a microbiome signature for a given condition. Is it the presence of Akkermansia muciniphila in a few case reports? Is it a meta-analysis conclusion drawn from heterogeneously designed studies? Or should it be defined […]

The Microbial Shift and Realignment Process (MSRP) is the proprietary framework used to construct every microbiome signature in the Microbiome Signatures Database. It is designed to overcome the complexity, inconsistency, and heterogeneity of microbiome research by applying a structured, evidence-weighted approach to microbial pattern recognition and clinical translation. Rather than merely cataloging taxonomic associations, […]

The Microbiome Signatures Database curates condition-specific microbial patterns—referred to as microbiome signatures—through a structured and reproducible synthesis process that integrates evidence across the scientific literature. This methodology prioritizes clinical relevance, microbial consistency, and actionable insight. Overview of Methodology Each microbiome signature is constructed using the Microbial Shift and Realignment Process (MSRP), a proprietary framework […]

This review systematically evaluates how trace elements influence thyroid hormone synthesis, metabolism, and disease pathogenesis, emphasizing their diagnostic, preventive, and therapeutic significance in clinical endocrinology.

Moderate physical activity was associated with improved thyroid function and reduced thyroid autoimmunity in a large Korean cohort, especially in women and individuals with elevated BMI.

This review summarizes current evidence on how trace elements influence thyroid hormone synthesis, metabolism, and the development of thyroid diseases, highlighting mechanistic links, clinical implications, and the interplay with the microbiome.

Lactoferrin demonstrates significant antimicrobial and prebiotic activity in the female reproductive tract, promoting beneficial bacteria and suppressing pathogens, suggesting therapeutic potential for vaginal microbiota balance.

The study demonstrated that serum calprotectin is significantly elevated during acute subacute thyroiditis and drops with recovery, offering a novel, independent marker for disease activity, though it does not predict permanent hypothyroidism.

A low-nickel diet (LNiD) is a therapeutic dietary intervention that eliminates high-nickel foods, primarily plant-based sources such as legumes, nuts, whole grains, and cocoa, to reduce systemic nickel exposure. It is clinically validated for managing systemic nickel allergy syndrome (SNAS) and nickel-induced eczema. Its relevance is well-established in microbiome modulation, with studies demonstrating clinical benefits in conditions such as endometriosis, fibromyalgia, irritable bowel syndrome, and GERD.

Lugdunin suppresses S. aureus colonization through direct antimicrobial action and by amplifying skin innate immunity. It synergizes with host antimicrobial peptides, promotes neutrophil recruitment via TLR/MyD88 pathways, and may serve as a novel adjunct or standalone topical treatment for MRSA skin infections.

Lugdunin is a microbiome-derived cyclic peptide antibiotic with direct anti-S. aureus activity and host immune-boosting effects. It induces LL-37 and CXCL8, recruits immune cells, and synergizes with host peptides, making it a promising candidate for MRSA and atopic dermatitis interventions.

Metallophores in S. aureus are critical for pathogenicity, enabling metal acquisition under nutritional immunity. This review highlights their biosynthesis, regulation, and role in virulence, identifying them as key microbial targets for diagnostics and therapy.

This study shows that oxygen drives a shift in S. aureus metabolism from glucose fermentation to aerobic lactate oxidation. Lactate supports growth and energy production under oxygenated conditions, offering a survival advantage in host niches where sugars are scarce but lactate is abundant.

This review uncovers the dual role of urease as both a catalytic and multifunctional virulence protein with broad clinical and agricultural implications, highlighting its impact on microbiome composition, host-pathogen dynamics, and therapeutic strategy.

This review outlines the role of metabolic endotoxemia—gut-derived LPS in circulation—in chronic inflammation and disease. It explores microbial, dietary, and immunological mechanisms underlying endotoxemia and evaluates antimicrobial peptides and microbiome-targeted diets as promising interventions.

This review synthesizes key mechanisms of Staphylococcus aureus virulence, including colonization strategies, immune evasion, metabolic adaptability, and antimicrobial resistance. It highlights major microbial associations, such as siderophore-mediated modulation of the nasal microbiome and PVL-driven pathogenesis, offering translational insights for microbiome-targeted diagnostics, decolonization, and anti-virulence therapies.

In healthy adults, co-ingesting orange juice with a high-fat, high-carbohydrate meal dramatically blunted postprandial inflammatory responses. Orange juice prevented meal-induced rises in plasma endotoxin (LPS) and monocyte Toll-like receptor expression, highlighting a novel dietary strategy to counteract metabolic endotoxemia and oxidative stress, with implications for mitigating insulin resistance and atherosclerosis.